CN205246549U - Novel rock core fluorescence image high resolution scanner - Google Patents
Novel rock core fluorescence image high resolution scanner Download PDFInfo
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- CN205246549U CN205246549U CN201520918524.9U CN201520918524U CN205246549U CN 205246549 U CN205246549 U CN 205246549U CN 201520918524 U CN201520918524 U CN 201520918524U CN 205246549 U CN205246549 U CN 205246549U
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- stylus
- rock core
- right column
- left column
- guide rail
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Abstract
The utility model relates to a novel rock core fluorescence image high resolution scanner, possession reason exploration coregraph is like gathering technical field. It constitutes by videotaping first mobile rail, laser range finder, telescoping device, folding device etc, its characteristics are: synchronous pulley case, its other end installation drive arrangement are installed to the first mobile rail one end that videotapes of installation on the equipment base, install integrated electrical apparatus case and integrated industrial computer computer in the equipment base, videotape first mobile rail and install driving motor through the lift lead screw top of slider installation, install the tray on the lift lead screw and videotape the head, install laser range finder on the tray, the upper portion of left and right stand and lower part are equallyd divide and are do not installed telescoping device, folding device. Portable moves, convenient operation, and work efficiency is high, is fit for open -air scanning operation, the problem of prior art unable flexible folding, and videotape, throw light on branchs and put, cause scanning troublesome, intensity of labour is big, the picking rate is slow, it is difficult to move the transportation is solved.
Description
Technical field
The utility model relates to a kind of novel rock core fluorescent image high-resolution acquisition instrument, possession reason exploration rock core Fluorescent image acquisition equipment technical field.
Background technology
Convert geographic data in kind rock core to image, realize the permanent preservation of rock core photo information, provide complete original foundation for scientific research personnel carries out the research such as stratum, oil reservoir, be unable to do without rock core fluorescent image high-resolution acquisition instrument. But also there is following defect in existing rock core fluorescent image high-resolution acquisition instrument:
Distance between one, stylus and rock core upper surface is to complete by hand-operated elevation type structure, due to the scrambling of rock core, cause one section of rock core of every scanning all to need again the height of hand location stylus and rock core upper surface, the working strength that has greatly increased staff, has reduced operating efficiency.
Two, lighting lamp lever and stylus split, and in the process of scanning rock core, usually there will be lamp stand to rock, and cause scanned picture to occur decorative pattern; and after each stylus and rock core upper level regulate; lamp stand also will manually regulate thereupon, and operating process is loaded down with trivial details, has reduced scan efficiency.
Three, upper lower pillar stand can not telescopic folding, and overall volume is larger, transports for long-distance or moves very inconveniently, is especially not suitable for rock core, Yan Kuang being carried out to scanning operation in the wild.
Four, existing rock core fluorescent collecting instrument complex structure, concerning a large amount of operations that only need scanning rock core vertical section, speed is slow, waste of manpower and time.
Summary of the invention
The purpose of this utility model is, provides a kind of volume little, simple in structure, is easy to carry and moves, easy to operate, and working stability, efficiency are high, is applicable to the novel rock core fluorescent image high-resolution acquisition instrument of field scanning operation; Solve prior art and complete stylus and the adjustment of rock core upper surface spacing by hand lifting structure, and stylus and lighting lamp lever separation structure can not telescopic foldings, cause scan operation trouble, increase labour intensity, reduce operating efficiency, picking rate is slow, waste time and energy, and moves transport difficulty, is not suitable for the problem of field work.
The utility model is to realize by the following technical solutions above-mentioned purpose
This novel rock core fluorescent image high-resolution acquisition instrument is made up of stylus moving guide rail, slide block, synchronous wheeled box, drive unit, elevating screw, drive motors, laser range finder, pallet, stylus, left column, right column, retractor device, rotating shaft, folding device, plant bottom case, integrated device case, integrated industrial computer computer; It is characterized in that: the outer both sides of plant bottom case are separately installed with left column, right column, and integrated device case and integrated industrial computer computer are installed in plant bottom case; Plant bottom case upper surface is core tray placement platform; The upper end of left column and right column is provided with stylus moving guide rail, and one end of stylus moving guide rail is provided with synchronous wheeled box, and the other end of stylus moving guide rail is provided with drive unit; Stylus moving guide rail is provided with nut and elevating screw by slide block, and the top of elevating screw is provided with drive motors, and pallet and stylus are installed on elevating screw, and laser range finder is installed on pallet; The top of left column and right column is provided with retractor device respectively; The bottom of left column and right column is provided with folding device respectively.
The both sides of described folding device are provided with lock screw, rotating shaft respectively, and left column and right column can be rolled over and be changed into level by folding device separately.
The outside of described retractor device is provided with set lever, and left column and right column separately can oscilaltions, fixing by retractor device.
On described stylus, be integrated with LED light source assembly, LED light source assembly is around being arranged on around stylus lower surface circuit board.
The utility model beneficial effect is compared with prior art
The retractor device of installing respectively on the left column of this novel rock core fluorescent image high-resolution acquisition instrument and right column can accurately be located in the time that rock core fluorescence vertical section is scanned, fast lifting, and overall structure is simple, easy to operate. Due to need not fluorescent scanning core outside surface, therefore greatly reduce the volume and weight of equipment. Adopt the stylus with integrated LED lamp, acquisition resolution is high, in the time rock core being carried out to vertical section scanning, without regulating light source direction, can directly measure processing to image. Avoid because of rock core out-of-shape, cause one section of rock core of every scanning all to need to readjust height between location stylus and rock core upper surface. The labour intensity that effectively reduces staff, has improved operating efficiency. By retractor device and the folding device installed respectively on left column and right column, make the utility model compact overall structure small and exquisite, transport and easy to carry. Telescopic folding reduced volume, occupies little space after hours; Can rapid deployment when work, start rapidly scanning of image operation. Gather visual executing agency and automatically controlled by integrated industrial computer computer, make the image quality and the effect that collect not affected by operating technology personnel's subjectivity. Working stability, efficiency are high, are applicable to field scanning operation. Solve prior art and completed stylus and the adjustment of rock core upper surface spacing by hand lifting structure, and stylus and lighting lamp lever separation structure can not telescopic foldings, cause scan operation trouble, increase labour intensity, reduce operating efficiency, picking rate is slow, waste time and energy, and moves transport difficulty, is not suitable for the problem of field work.
Brief description of the drawings
Fig. 1 is a kind of front view of novel rock core fluorescent image high-resolution acquisition instrument;
Fig. 2 is a kind of left view of novel rock core fluorescent image high-resolution acquisition instrument;
Fig. 3 is the left view after a kind of novel rock core fluorescent image high-resolution acquisition instrument stretches, folds.
In figure: 1, plant bottom case, 2, left column, 3, right column, 4, integrated device case, 5, integrated industrial computer computer, 6, stylus moving guide rail, 7, retractor device, 8, folding device;
601, synchronous wheeled box, 602, drive unit, 603, slide block, 604, elevating screw, 605, nut, 606, drive motors, 607, pallet, 608, stylus, 609, laser range finder;
701, set lever;
801, lock screw, 802, rotating shaft.
Detailed description of the invention
Below in conjunction with accompanying drawing, embodiments of the present invention are described in detail:
This novel rock core fluorescent image high-resolution acquisition instrument is made up of plant bottom case 1, left column 2, right column 3, integrated device case 4, integrated industrial computer computer 5, stylus moving guide rail 6, retractor device 7, folding device 8, synchronous wheeled box 601, drive unit 602, slide block 603, elevating screw 604, nut 605, drive motors 606, pallet 607, stylus 608, laser range finder 609, set lever 701, lock screw 801, rotating shaft 802; The outer both sides of plant bottom case 1 are separately installed with left column 2, right column 3, and integrated device case 4 and integrated industrial computer computer 5 are installed in plant bottom case 1; Plant bottom case 1 upper surface is core tray placement platform; Left column 2 is provided with stylus moving guide rail 6 with the upper end of right column 3, and left column 2 is provided with retractor device 7 respectively with the top of right column 3; Left column 2 is provided with folding device 8 respectively with the bottom of right column 3;
One end of stylus moving guide rail 6 is provided with synchronous wheeled box 601, and the other end of stylus moving guide rail 6 is provided with drive unit 602; Stylus moving guide rail 6 is provided with elevating screw 604 and nut 605 by slide block 603, and the top of elevating screw 604 is provided with drive motors 606, and pallet 607 and stylus 608 are installed on elevating screw 604, and laser range finder 609 is installed on pallet 607.
The outside of described retractor device 7 is provided with set lever 701, and left column 2 separately can oscilaltion, fixing by the set lever 701 of retractor device 7 with right column 3.
The both sides of described folding device 8 are provided with lock screw 801, rotating shaft 802 respectively, and left column 2 can be rolled over and be changed into level by lock screw 801, the rotating shaft 802 of folding device 8 separately with right column 3.
On described stylus 608, be integrated with LED light source assembly, LED light source assembly is around being arranged on around stylus 608 lower surface circuit boards. (referring to Fig. 1～3).
This novel rock core fluorescent image high-resolution acquisition instrument is with movable slider 603 on stylus moving guide rail 6, to do transverse horizontal motion by synchronous wheeled box 601, drive unit 602, thereby drives elevating screw 604, nut 605, drive motors 606, pallet 607, stylus 608 and laser range finder 609 to do transverse horizontal motion. Drive motors 606 rotates and drives elevating screw 604 to rotate, and drive nut 605 and pallet 607 to do up and down to move both vertically, make stylus 608 and laser range finder 609 synchronously do up and down and move both vertically, reach the object that regulates stylus 608, laser range finder 609 and rock core distance.
Drive motors 606 is connected with integrated industrial computer computer 5 control panel interfaces by Serial Port Line, and it moves by integrated industrial computer computer 5 by Serial Port Line control. On stylus 608, be integrated with LED light source assembly, LED light source assembly is looped around on stylus 608 lower surfaces circuit board around, and this LED light source assembly, in the time rock core being carried out to vertical section scanning, does not need to regulate light source direction. In order to adapt to the rock core collecting work of different-diameter size, can pass through retractor device 7, reach the object that changes distance between stylus 608 and plant bottom case 1 upper surface, complete the acquisition operations to different-diameter size rock core in core tray.
The horizontal mobile mechanism of the stylus 608 of this novel rock core fluorescent image high-resolution acquisition instrument can adopt motor to drive by engaged transmission, also can directly be connected with drive motors 606; Described engaged transmission drives as the one in Worm Wheel System, gear drive, feed screw nut's rotation, chain transmission and toothed belt transmission.
This novel rock core fluorescent image high-resolution acquisition instrument can be realized volume-diminished by structure below, to facilitate long-distance transport or to move, and is applicable to the scan operation in field rock core and rock ore deposit:
In the time that needs are transported for long-distance or are moved, unclamp respectively the retractor device 7 of left column 2 and right column 3 by set lever 701, can make left column 2 and right column 3 slide along column chute respectively, in the time arriving correct position, tighten set lever 701, again left column 2, right column 3 are locked by unclamping lock screw 801, utilize the rotation of rotating shaft 802, left column 2, right column 3 left and right pillar foldable integrals 90 are spent, make whole equipment become level. Folding device 8 foldings greatly reduce the height of Acquisition Instrument afterwards, have compact overall structure, convenient transportation, feature that volume is little. By retractor device 7 and folding device 8 can be fast, parking position accuracy Acquisition Instrument carries out scanning of image work.
This novel rock core fluorescent image high-resolution acquisition instrument course of work is:
Vertical section collection for core tray rock core: in the time gathering core tray rock core vertical section image, core tray is placed on the upper surface platform of plant bottom case 1, and rock core tangent plane is horizontal, unscrew the trip bolt that pallet 607 tightens stylus 608, make stylus 608 vertical with rock core axial direction, and the horizontal operation face that is parallel to rock core, is adjusted to optimum position by stylus 608, indication optimum position is taking the image definition of Real-time Collection as standard; Arrange in the length dialog box in the rock core size of acquisition interface according to the length of rock core again, integrated industrial computer computer 5 is controlled drive motors 606 moves stylus 608, until complete whole vertical section collections, simultaneously by the integrated industrial computer computer 5 of rock core vertical section image typing.
The above is preferred embodiment of the present utility model, above-mentioned not illustrating done any pro forma restriction to flesh and blood of the present utility model, person of an ordinary skill in the technical field is reading any simple modification or the distortion after this description, according to technical spirit of the present utility model, above detailed description of the invention done, and the technology contents that may utilize above-mentioned announcement is changed or is modified to the equivalent embodiment of equivalent variations, all still belong in the scope of technical solutions of the utility model, and do not deviate from essence of the present utility model and scope.
Claims (4)
1. a novel rock core fluorescent image high-resolution acquisition instrument, it is by plant bottom case (1), left column (2), right column (3), integrated device case (4), integrated industrial computer computer (5), stylus moving guide rail (6), retractor device (7), folding device (8), synchronous wheeled box (601), drive unit (602), slide block (603), elevating screw (604), nut (605), drive motors (606), pallet (607), stylus (608), laser range finder (609), set lever (701), lock screw (801), rotating shaft (802) forms, it is characterized in that: the outer both sides of plant bottom case (1) are separately installed with left column (2), right column (3), integrated device case (4) and integrated industrial computer computer (5) are installed in plant bottom case (1), plant bottom case (1) upper surface is core tray placement platform, left column (2) is provided with stylus moving guide rail (6) with the upper end of right column (3), and left column (2) is provided with retractor device (7) respectively with the top of right column (3), left column (2) is provided with folding device (8) respectively with the bottom of right column (3),
One end of stylus moving guide rail (6) is provided with synchronous wheeled box (601), and the other end of stylus moving guide rail (6) is provided with drive unit (602); Stylus moving guide rail (6) is provided with elevating screw (604) and nut (605) by slide block (603), the top of elevating screw (604) is provided with drive motors (606), pallet (607) and stylus (608) are installed on elevating screw (604), laser range finder (609) is installed on pallet (607).
2. the novel rock core fluorescent image of one according to claim 1 high-resolution acquisition instrument, it is characterized in that: the outside of described retractor device (7) is provided with set lever (701), left column (2) can be stretched up and down, be fixed by the set lever (701) of retractor device (7) separately with right column (3).
3. the novel rock core fluorescent image of one according to claim 1 high-resolution acquisition instrument, it is characterized in that: the both sides of described folding device (8) are provided with lock screw (801), rotating shaft (802) respectively, left column (2) can be rolled over and be changed into level by lock screw (801), the rotating shaft (802) of folding device (8) separately with right column (3).
4. the novel rock core fluorescent image of one according to claim 1 high-resolution acquisition instrument, is characterized in that: on described stylus (608), be integrated with LED light source assembly, LED light source assembly is around being arranged on around stylus lower surface circuit board.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520918524.9U CN205246549U (en) | 2015-11-18 | 2015-11-18 | Novel rock core fluorescence image high resolution scanner |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520918524.9U CN205246549U (en) | 2015-11-18 | 2015-11-18 | Novel rock core fluorescence image high resolution scanner |
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| CN205246549U true CN205246549U (en) | 2016-05-18 |
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| CN201520918524.9U Active CN205246549U (en) | 2015-11-18 | 2015-11-18 | Novel rock core fluorescence image high resolution scanner |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109507608A (en) * | 2017-09-13 | 2019-03-22 | 河北银隆新能源有限公司 | A kind of battery voltage internal resistance test device and test method |
| CN110133004A (en) * | 2019-05-21 | 2019-08-16 | 廖仕达 | A kind of concentrate grade automatic checkout system |
-
2015
- 2015-11-18 CN CN201520918524.9U patent/CN205246549U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109507608A (en) * | 2017-09-13 | 2019-03-22 | 河北银隆新能源有限公司 | A kind of battery voltage internal resistance test device and test method |
| CN110133004A (en) * | 2019-05-21 | 2019-08-16 | 廖仕达 | A kind of concentrate grade automatic checkout system |
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